Answer:
int a[10] = {10,20,30,40,50,60,70,80,90,100};
Explanation:
In the above statement, we declare the integer data type array variable that is 'a' then, pass its index value that is 10 which means it contains only 10 values and initialize the components of the array variable that is starting with 10 and end at 100 in the difference of 10. So, the following declaration is correct according to the statement.
A raid 1 and mirrored system writes data on two or more disks simultaneously, thereby creating a complete copy of all the information on multiple drives.
<h3>What is Disk mirroring?</h3>
In data storage, disk mirroring is a term that connote the doubling of logical disk volumes into a different physical hard disks so that it will always be available.
Conclusively, Note that this is mostly used in RAID 1. A mirrored volume is known to be full logical depiction of separate volume copies and as such the answer above is correct.
Learn more about system from
brainly.com/question/25594630
Just multiply all numbers to get the total number of bits:
25*50*12 = 15000 bits.
Answer:
The blocking system.
Explanation:
In order to avoid servers to replicate with each other, I should configure the blocking system of the first DHCP.
For example, if the first DHCP fails to respond, the second will get in place, however, I have to configure the first system that immediately that the second DHCP starts working, the first blocks its information and use.
By this way, there won´t be any duplicated actions or reponses.
Answer:
using namespace std;
int main()
{
float x,y;
cout<<"Enter a value of feet: ";
cin>>x;
y=x*0.305;
cout<<x<<" feet is "<<y<<" meters";
return 0;
}
Explanation:
The program is written in C++ language but the problem can be carried out in any language using the premises given here.
You have to declare your variables for feet and meters (x and y in this case). The you prompt the user via the message on screen given by the cout word and the << sign, and the value read via the cin word and the >> sign and stored into x. Then you multiply x by 0.305 and store it in y, and show them on screen via cout. Note that literal words are written between " " and variables are written just like that.
